"elis aeris" <[EMAIL PROTECTED]> wrote
> The letter I equals to "282" because it has 2 points on the y axis
> of the
> first point, and 8 points on the y axis on the second, and then 2 on
> the
> last one.
>
> So the string would be translated into:
>
> 282017220300004222400722240172206 a
>> In [4]:import array
>> In [5]:def f7(list):
>>.5.: return array.array('B', list).tostring()
>>.5.:
>>
>> In [6]:f7([97, 98, 99])
>> Out[6]:'abc'
ugh the code it self is not generic python, that was an example of how to
do this
my project is OCR
http://www.eternite.co.uk/gundam_
On Sunday 01 July 2007 23:53, Alan Gauld wrote:
> "elis aeris" <[EMAIL PROTECTED]> wrote
>
> >> In [4]:import array
> >> In [5]:def f7(list):
> >>.5.: return array.array('B', list).tostring()
> >>.5.:
> >>
> >> In [6]:f7([97, 98, 99])
> >> Out[6]:'abc'
>
> I can't remember which tool does
"elis aeris" <[EMAIL PROTECTED]> wrote
> so, i should look into ipython's doc for this code?
No, Ipython is just another shell, like IDLE.
Its not a different version of python, it just displays its
prompts differently is all.
Alan G.
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of course. but i tried only the code, not rewriting the pixelget part into
that, because I have to understand it first.
so, i should look into ipython's doc for this code?
ok,
import array
def f7(list):
return array.array('B', list).tostring()
f7([97, 98, 99])
Out[6]:'abc'
searching with
On 02/07/07, Alan Gauld <[EMAIL PROTECTED]> wrote:
>
> "elis aeris" <[EMAIL PROTECTED]> wrote
>
> >> In [4]:import array
> >> In [5]:def f7(list):
> >>.5.: return array.array('B', list).tostring()
> >>.5.:
> >>
> >> In [6]:f7([97, 98, 99])
> >> Out[6]:'abc'
> I can't remember which tool do
elis aeris wrote:
> my reply
> oh crancky! C# !
>
> http://en.wikipedia.org/wiki/Iron_Python
>
> i better try to find the best way to do it with the official python
> genre before venturing into that world of pain without PIL !
Please don't reply directly to me.
Iron Python is an implementatio
my reply
oh crancky! C# !
http://en.wikipedia.org/wiki/Iron_Python
i better try to find the best way to do it with the official python genre
before venturing into that world of pain without PIL !
Quote:- Hide quoted text -
In [4]:import array
In [5]:def f7(list):
.5.: return arra
elis aeris wrote:
> oh crancky! C# !
>
>
> i better try to find the best way to do it with the official python
> genre before venturing into that world of pain without PIL !
What are you talking about.
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oh crancky! C# !
i better try to find the best way to do it with the official python genre
before venturing into that world of pain without PIL !
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"elis aeris" <[EMAIL PROTECTED]> wrote
>> In [4]:import array
>> In [5]:def f7(list):
>>.5.: return array.array('B', list).tostring()
>>.5.:
>>
>> In [6]:f7([97, 98, 99])
>> Out[6]:'abc'
I can't remember which tool does this - IronPython maybe?
but the Ins are Inputs, the numbers aret
oh i get it, it's line number.
import array
def f7(list):
return array.array('B', list).tostring()
f7([97, 98, 99])
##
NOW, this looks python !
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so this is the actual code?
[4]:import array
[5]:def f7(list):
.5.: return array.array('B', list).tostring()
.5.:
[6]:f7([97, 98, 99])
Output on the screen:
[6]:'abc'- Hide quoted text -
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elis aeris wrote:
> ugh, can someone who is online at this time give me some pointers on
> how to read this?
>
> i don't know how to look it up,
>
> in is listed,
> out is not, so i am not sure if this is python at all.
IN is what you INput into the python interpeter.
OUT is what the interpreter O
ugh, can someone who is online at this time give me some pointers on how to
read this?
i don't know how to look it up,
in is listed,
out is not, so i am not sure if this is python at all.
On 7/1/07, Eike Welk <[EMAIL PROTECTED]> wrote:
On Sunday 01 July 2007 06:17, elis aeris wrote:
> The for
On Sunday 01 July 2007 06:17, elis aeris wrote:
> The for version, as claimed by
>
> http://www.python.org/doc/essays/list2str.html
The fastest version of the algorithm is this one:
In [4]:import array
In [5]:def f7(list):
.5.: return array.array('B', list).tostring()
.5.:
In [6]:f7([97,
elis aeris wrote:
> x = 0
> y = 0
> for x in xrange(1,1024,1):
> for y in xrange(1,768,1):
> rgb = image.getpixel((10, 12))
>
>
>
> Luke said there is a faster way to do image.getpixel((10, 12))
>
> so i am still waiting on that,
>
> the above has been improved many times and it'
"elis aeris" <[EMAIL PROTECTED]> wrote `
> oh yeah, he said getdata() but i don't know where it comes from
He told you it was a method of the image...
Another version of what you are doing uses a list comprehension
which might be slightly faster:
pixels = [image.getpixel((x,y)) for x in range
oh yeah, he said getdata() but i don't know where it comes from
and
image.getpixel((10, 12)) is from
http://www.pythonware.com/products/pil/
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x = 0
y = 0
for x in xrange(1,1024,1):
for y in xrange(1,768,1):
rgb = image.getpixel((10, 12))
Luke said there is a faster way to do image.getpixel((10, 12))
so i am still waiting on that,
the above has been improved many times and it's a lot faster than while, I
am trying to find
elis aeris wrote:
> my question, is there any other way to make it run faster,
>
> as described in the webpage, it's possible to use map() but I don't
> know how to do it with this one, 2 dimensional arrays.
How about
number_scanned = 1024 * 768 ?
But seriously, the example you gave doesn't do
my question, is there any other way to make it run faster,
as described in the webpage, it's possible to use map() but I don't know
how to do it with this one, 2 dimensional arrays.
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The for version, as claimed by
http://www.python.org/doc/essays/list2str.html
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elis aeris wrote:
> I found this on the net, and it's a different arrangement to using for
>
> the author claims it will result in faster performance, but i can't find
> documents on it, because I can't figure out which parts are parameters
> and which parts on special words, for python.
Where
I found this on the net, and it's a different arrangement to using for
the author claims it will result in faster performance, but i can't find
documents on it, because I can't figure out which parts are parameters and
which parts on special words, for python.
The operations with explicit loop co
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